For Medical Professionals
Highly precise SLS 3D-printing uses durable and featherlight materials that absorb shocks and resist to extensive loading. Material commonly used in medical, aerospace and motorsports industries.
OssKin products have been developed using the most rigorous clinical methodology.
You can find links to some of our research below. Do not hesitate to reach out to us if you would like to obtain more information on our clinical tests and studies.
The objective of this study was to evaluate the effect of a custom-made knee brace, in which hinges reproducing the three-dimensional motion of the tibio-femoral joint in 6 degrees of freedom is built, on three-dimensional kinematics and kinetics characteristics of the lower extremity during normal walking in osteoarthritic patients.
The general investigation was to compare kinematics ground reaction forces and bone-to-bone distance at the contact point locations in OA subjects during a quasi-static task with and without wearing a knee orthosis in multiple squat postures.
The WOMAC is a proprietary health status questionnaire that assess pain, stiffness and physical function in patients with hip and / or knee osteoarthritis (OA).
OssKin makes orthotics based on sound human biomechanic principles, while using proprietary software and SLS 3D printing. We’re revolutionizing orthotics today and tomorrow.
Provide doctors prescription to your healthcare professional, who will then assess your condition and 3D scan your leg.
Based on healthcare professionals measurements and scan, OssKin precisely 3D digitally modelizes a knee brace.
3D digital modelized parts are SLS 3D-printed in industrial aerospace-grade equipment.
OssKin assembles the knee brace using the 3D-printed parts, then drop ships the brace to your healthcare professional.
Patient returns to see their healthcare professional for delivery and fitting of their knee brace.